KWWKommentierte Webliographie Wirtschaftsdeutsch (German: Annotate German Economy Webliography)
KWWKent and the Wider World (educational charity; UK)
KWWKite Warren and Wilson Ltd. (UK)
KWWKvaerner Warnow Werft GmbH (German shipyard)
KWWKerkennians World Wide (listing of people from the Islands of Kerkennah who live overseas)
KWWKastner Westman & Wilkins, LLC (law firm)
References in periodicals archive ?
The asymmetric and broad shape of the imaginary part of the electrical module is described by the exponent p of the exponential KWW function.
g] very close to the upper temperature in the cycle so it may be "rejuvenated" in each cycle, so that we see changes in KWW parameters that are determined more by degradation than physical aging.
r] (t), were generally small, though the same would not necessarily apply to best-fit KWW parameters, given their extreme sensitivity to only slight changes in the data.
It quantifies the degree of retardation time distribution; the KWW function implies a spectrum of retardation times whose breadth is related to [[beta].
The KWW function, which is an empirically stretched exponential function, is mainly used to explain the time-dependent behavior of amorphous materials (16).
In the KWW method, an estimate of the distribution of relaxation times can be obtained while in the Burger model a general parametric effect of long term and short term response is developed.
The experimental results were also fitted to the stretched exponential, the KWW equation [33].
It is postulated that the KWW equation is more appropriate in modeling relaxation processes than standard exponentials.
A KWW function introduced by Williams and Watts (31) was used by Wimberger-Friedl (29) to model the SOC.
The KWW function was applied to each experimental stress relaxation curve with no restrictions on the parameters.
The expression for modeling experimental KWW material functions obtained from stress relaxation experiments is:
0] and to a model with 5 constants [48, 49] that employs the KWW equation together with the Narayanaswamy relation for [[tau].